A non-blocking TCP socket layer with event-driven server and client implementations for Swift.
Sockets is a networking library for Swift that provides non-blocking TCP socket functionality with event-driven server and client implementations. It solves the problem of efficient network communication by allowing multiple connections to be handled without blocking threads, making it suitable for high-performance networking applications.
Swift developers building networking applications, servers, or clients that require efficient, non-blocking TCP communication, particularly those working within the Vapor ecosystem.
Developers choose Sockets for its pure Swift implementation, non-blocking architecture that prevents thread starvation, and seamless integration with Swift's modern concurrency patterns, providing reliable low-level networking primitives.
🔌 Non-blocking TCP socket layer, with event-driven server and client.
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Uses event-driven architecture to handle multiple connections without blocking threads, preventing thread starvation and enabling high-performance networking, as emphasized in the README.
Designed specifically for Swift, leveraging modern concurrency patterns and seamless integration with the Vapor ecosystem for cohesive development.
Provides direct access to TCP sockets for custom networking implementations, allowing developers to build tailored solutions without abstraction overhead.
Backed by the active Vapor community with comprehensive documentation links and support channels, ensuring reliable resources for troubleshooting.
Only supports TCP sockets, lacking built-in UDP, HTTP, or other protocol support, which requires additional layers for broader networking needs.
Tight integration with Vapor means it may add unnecessary complexity for projects not using this ecosystem, limiting flexibility outside Swift web frameworks.
Requires understanding of event-driven and non-blocking programming paradigms, which can be challenging for developers new to concurrent networking, despite documentation.